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he s wrong in assuming the problem is at the pin end. the plastic is thinnest at the pin end, also as he pointed out air flow makes a difference. where the heat is generated may well be the solder joint but that area has more plastic to melt and the plastic gets airflow. when compared with the pin end which is just a few micron thick plastic which will have similar heat due to the metal pin conducting heat from solder joint to the top and also the plastic is buried in the female sokcet no air flow. so the ends melt first as there is less material to heat up and the plastic is wrapped heat blanket.And a guy that actually knows what he's talking about!
"rambling about the 12VHPWR failures"
rambling about the 12VHPWR failures
EDIT: I'm a failed compsci student not a electrician or electrical engineer. This video may have mistakes in it.Sources:12VHPWR connector spec: https://cdn.a...youtu.be
This Jensen I-admire-Apple Huang so I'd say will go that people are bending it wrong.I think all that is left is as to how Nv handle this situation. Will they go full Apple and deny there is a problem and tell us we are doing it wrong? Or will they go the Samsung route and accept they have made a huge design flaw and rectify their error.
It's the conceit of being/thinking they are Apple again!Jay had concerns about it and raised them with nvidia and got kinda cocky emails back from them saying "it just works".
Since being burned by Nvidia's bumbgate solder mess-up, I have been weary of a hardware company which boasts that they have software engineer than hardware ones. Not that they don't need software, but rather that this implies that the hardware ones aren't respected. Would love to know if someone internally raise this issue before release.What was Nvidia's research budget last year?
I hope you're not trying to defend a death trap!?he s wrong in assuming the problem is at the pin end. the plastic is thinnest at the pin end, also as he pointed out air flow makes a difference. where the heat is generated may well be the solder joint but that area has more plastic to melt and the plastic gets airflow. when compared with the pin end which is just a few micron thick plastic which will have similar heat due to the metal pin conducting heat from solder joint to the top and also the plastic is buried in the female sokcet no air flow. so the ends melt first as there is less material to heat up and the plastic is wrapped heat blanket.
not defending anything in those dodgy plugs. just pointing out that a man you said "knows what he s talking about" which is heavily disclaimed that he s no expert, puts an assertion on YT which shouldn't be taking onboard as truth or facts. in such a small plastic thing, so muhc is going on. it is no wonder it is a fire hazardI hope you're not trying to defend a death trap!?
admittedly whats clever about nvidia product is their software the driver, the AI, the DLSS algo etc??Since being burned by Nvidia's bumbgate solder mess-up, I have been weary of a hardware company which boasts that they have software engineer than hardware ones. Not that they don't need software, but rather that this implies that the hardware ones aren't respected. Would love to know if someone internally raise this issue before release.
I believe that was their boast was trying to say, but since their choice of solder back in 2008ish was so poor I do question if they are any good at the basic electrical hardware engineering.admittedly whats clever about nvidia product is their software the driver, the AI, the DLSS algo etc??
I think the notice is to cover his arse and keep him out of court lol. He was paid in the past to do PCB videos for Gamers Nexus. And regularly mentioned by the biggest YT channels.not defending anything in those dodgy plugs. just pointing out that a man you said "knows what he s talking about" which is heavily disclaimed that he s no expert, puts an assertion on YT which shouldn't be taking onboard as truth or facts. in such a small plastic thing, so muhc is going on. it is no wonder it is a fire hazard
for sure...seems like it will fail at some point. when it does - it aint gonna be pretty. put the Ampere card back in and wait for the 3rd party adaptor to become available or go and buy a new PSU with native supportLast thing I've got to say on this subject is if you have a 4090 and no ATX 3.0 PSU to power to without an adapter. Send the card back end of story lol. And going forward 4080 ect......
And see what the 3rd November brings. The 4090 might become a distant memory lol.for sure...seems like it will fail at some point. when it does - it aint gonna be pretty. put the Ampere card back in and wait for the 3rd party adaptor to become available or go and buy a new PSU with native support
There are the pictures in his post that show the other manufacturers cables with clear faults. I do not see what clarity you need other than the pics.
You no what’s strange - I’ve never seen anyone with a pc burnt out.
You would think it might happen a lot more with the power consumption of some of these systems.
Sorry this nothing to do with a 4090 but this guy had a real shock while using a can of air to clean his PCI had a cpu cable and socket melt and catch fire. Scared the **** out of me. So glad i was using the PC at the time rather than leaving it on.
Took the mobo and cpu out with it.
It can depending on the amperage, you can even get 12v arc welders. It's not the voltage as many confuse but the current/amperage.12V isn't enough to arc.
That would be sparking not arcing, arcing is when it jumps an air gap, sparking is when the voltage is to high for whatever the contact patch is (dragging live connectors over each other can result in a tiny contact patch that overheats and melts, a bit like how a fuse melts/blows when to much current is passed through it only on a microscopic level).
Not exactly. You can get arcing on a high-current 12V circuit, but it happens because because there's enough inductance that trying to interrupt the circuit causes the voltage to increase high enough to break down the air. Or, in the case of that 24V (two 12V batteries in series) welder you posted, the current is high enough to vapourise metal, forming a conductive plasma. That isn't going to happen with any 12V connector in a PC.It can depending on the amperage, you can even get 12v arc welders. It's not the voltage as many confuse but the current/amperage.